What is token allocation?

Token allocation is the division of total token supply across stakeholder buckets such as community, team, investors, treasury, and liquidity. A complete allocation design is a table where every bucket carries a percentage, a token count, a vesting cliff, a vesting length, and a launch-day unlock, all summing to 100%. The balance between community and insiders is the first signal a serious investor reads, because a model that over-allocates to insiders tends to dump on the people it needed to keep.

What is the difference between FDV and market cap?

Fully-diluted valuation is the token price multiplied by the maximum or total supply, while market cap is the price multiplied by the circulating supply only. FDV counts the tokens still locked in vesting, so it shows the real sticker price; market cap shows what is in the market today. A low market cap sitting under a much larger FDV is a warning that future unlocks will weigh on the price.

A token generation event is the moment a token is first created and begins to exist and trade. It is the launch line everything before it builds toward and everything after it lives with, because most errors baked in at the TGE are permanent. We stress-test the float and liquidity before the TGE rather than discovering the problems live.

What is a vesting cliff?

A vesting cliff is a period after a token launch during which an allocation bucket is fully locked and nothing unlocks, followed by the point where vesting begins. Cliffs exist to stop early investors and team members from selling on day one. The risk is a cliff wall, where several buckets end their cliffs in the same month and concentrate sell pressure into a single window, which is one of the most common preventable causes of a post-launch price collapse.

What is the difference between staking and restaking?

Staking is locking tokens to secure a single proof-of-stake network or qualify for rewards, with slashing risk tied to that one network. Restaking reuses already-staked collateral to secure additional services beyond the base chain, earning extra fees in exchange for taking on extra slashing exposure. The same capital backs multiple obligations at once, which is the source of both the higher yield and the correlated risk a restaking design has to reserve against.

What is a tokenomics audit?

A tokenomics audit is an independent, third-party review of a token's economic model that finds the risks capable of breaking it before a raise or launch. A real audit runs more than a dozen distinct quantitative analyses covering vesting, liquidity, investor ROI, and mechanism design, each with its own severity-rated risk table, and ends in a verdict with prioritized recommendations. It is the diligence you run on yourself before investors run it on you.

What is the difference between a utility token and a security token?

A utility token is consumed inside a product to access a service or pay a fee, so its demand tracks usage and it triggers a light regulatory regime. A security token represents a claim on profits, revenue, or a managed return, so holders expect to profit from the efforts of others, which triggers full securities law including prospectus and disclosure obligations. The classification is determined by what the token does and the rights it carries, not by what it is called in the marketing.

What is the Howey test?

The Howey test is the US framework for deciding whether an instrument is an investment contract, and therefore a security, across four prongs: an investment of money, in a common enterprise, with an expectation of profits, derived from the efforts of others. A token that satisfies all four prongs is likely a security. We design architectural choices that reduce a token's exposure to each prong, then hand counsel a brief of what to confirm, rather than giving a legal opinion ourselves.

Tokenomics Glossary: 126 Terms That Decide Whether a Token Works

What This Glossary Is

This is a working tokenomics glossary, not a dictionary of buzzwords. Every term here is one we use in real engagements, defined the way we define it for clients: plainly, with the design consequence attached, because a definition that does not change a decision is just trivia.

The terms are grouped into thirteen categories that follow how a token model is actually built. We start with what a token legally is, move through supply and distribution, valuation, launch and markets, governance, staking and yield, mechanism design, then the audit and risk vocabulary, and finish with the specialist language of real-world assets, DePIN, restaking, compliance, and economic simulation. Where a term has a full page behind it, we link to it.

A note on how we classify tokens. There are five legal buckets, and only five, set by what a token represents and the rights it carries. Governance is a feature a token can carry, not a sixth type. Everything downstream follows from that first classification.

126 terms across 13 categories

Token Types and Classification

Asset / commodity token: An asset or commodity token is a blockchain token representing one-to-one ownership of a real asset held in qualified custody, redeemable for that asset, with no yield attached.
Security token: A security token is a blockchain token that represents a claim on profits, revenue, equity, or a managed return from the efforts of others.
Payment / stablecoin token: A payment or stablecoin token is a blockchain token designed to function as money, usually pegged to a fiat currency or basket.
Utility token: A utility token is a blockchain token consumed inside a product to access a service, pay a protocol fee, or unlock a function.
NFT: An NFT, or non-fungible token, is a blockchain token representing a unique, non-interchangeable item or right.
Governance as a feature: Governance is a capability a token can carry, not a separate classification.
Token standard: A token standard is the technical contract interface a token implements, defining how it behaves across wallets, exchanges, and protocols.

Supply and Distribution

Token allocation: Token allocation is the division of a project's total supply across stakeholder buckets: community, team, investors, treasury, and liquidity.
Vesting schedule: A vesting schedule is the timetable that controls when each allocation bucket can begin selling its tokens.
Vesting cliff: A vesting cliff is the period after launch when a bucket's tokens are fully locked and nothing unlocks, after which vesting begins.
Linear vesting: Linear vesting releases a bucket's tokens in equal increments over the vesting period after the cliff, rather than in lumps or irregular tranches.
Token unlock: A token unlock is the moment a vesting schedule releases tokens from a locked bucket into circulation, where they become legally sellable.
Cliff wall: A cliff wall is a month in which multiple vesting buckets begin unlocking at once, concentrating sell pressure into a single window.
Emission schedule: An emission schedule is the planned release of new tokens through rewards, incentives, and inflation, separate from the vesting of pre-allocated supply.
Emissions taper: An emissions taper is the schedule by which token emissions decline over time rather than holding flat or rising.
Inflation: Token inflation is the annual rate at which total supply grows through new emissions.
Distribution archetype: A distribution archetype is a project-type template that sets defensible ranges for each allocation bucket, vesting length, and TGE float.
Fair token distribution: Fair token distribution keeps the community allocation as the largest combined block and avoids concentrating supply in insiders and investors.
Operator selling: Operator selling is the recurring sell pressure created when a network's operators or validators must routinely convert earned tokens to cover real-world costs such as hardware and electricity.

Valuation and Metrics

Fully-diluted valuation (FDV): Fully-diluted valuation (FDV) is token price multiplied by max or total supply: the market cap a project would carry if every token were already circulating.
Market capitalization: Market capitalization is token price multiplied by circulating supply: the dollar value of tokens that are tradeable right now.
Circulating supply: Circulating supply is the count of tokens in the market and freely transferable right now, excluding locked, vesting, and treasury-held tokens.
Total supply: Total supply is every token that currently exists, including locked and vesting tokens but excluding any permanently burned.
Max supply: Max supply is the hard ceiling on how many tokens can ever exist, when a protocol defines one.
FDV/raise ratio: The FDV-to-raise ratio is fully-diluted valuation divided by total capital raised, used as a capital-efficiency and dilution sanity check.
Total value locked (TVL): Total value locked (TVL) is the dollar value of assets deposited in a protocol's smart contracts, used as a rough measure of adoption and trust.
Market-cap-to-TVL ratio: The market-cap-to-TVL ratio compares a protocol's token valuation to the value it actually secures or holds in smart contracts, a rough check on whether the token is priced ahead of underlying activity.
Token velocity: Token velocity is how quickly a token changes hands relative to its market cap.

Launch and Markets

Token generation event (TGE): A token generation event (TGE) is the moment a token is first minted onchain and becomes tradeable.
TGE float: TGE float is the portion of total supply not subject to any lock or vesting at the moment the token generation event executes.
Effective sellable float: Effective sellable float is the subset of TGE float a motivated seller can actually liquidate on launch day.
Initial coin offering (ICO): An initial coin offering (ICO) is a public token sale run directly by the project, with proceeds funding development.
Initial DEX offering (IDO): An initial DEX offering (IDO) launches a token directly into a decentralized exchange liquidity pool, often through a launchpad.
Initial exchange offering (IEO): An initial exchange offering (IEO) is a token sale hosted and vetted by a centralized exchange, which handles listing and some compliance screening.
Decentralized exchange (DEX): A decentralized exchange (DEX) is a protocol where tokens trade peer-to-contract against onchain liquidity pools, with no central authority holding custody, matching orders, or controlling access.
Automated market maker (AMM): An automated market maker (AMM) is the smart contract logic that prices trades on a DEX by applying a deterministic formula to pooled reserves rather than matching buyers to sellers.
Liquidity pool: A liquidity pool is a smart contract holding paired reserves of two tokens, such as the project token and ETH or USDC.
Concentrated liquidity (V3) versus constant-product (V2): Concentrated liquidity (V3) places a liquidity budget inside a tight price band around the current price, delivering far more effective depth than constant-product (V2), which spreads the same budget across all possible prices.
Liquidity depth: Liquidity depth is the capital sitting in a pool near the current price, which sets how large a trade can execute without moving the price significantly.
Slippage: Slippage is the gap between the price a trader expects when submitting a swap and the price the trade actually executes at.
Price impact: Price impact is how far a single trade moves the market price, as a direct function of trade size against pool depth.
Market maker: A market maker is a party that continuously quotes both buy and sell prices to keep a market liquid and spreads tight.
Buy pressure: Buy pressure is the recurring monthly demand, in dollars, a token must attract to offset sell pressure from unlocks, fee distributions, and liquidity exits.

Governance and DAOs

Governance: Token governance is the on-chain system by which holders propose and vote on protocol changes, from fee parameters to treasury spending to contract upgrades.
DAO: A DAO, or decentralized autonomous organization, is a group that coordinates and allocates resources through on-chain governance rather than a traditional corporate structure.
Quorum: Quorum is the minimum token participation required for a governance vote to be valid.
Timelock: A timelock is a mandatory delay between a governance proposal passing and the approved change taking effect on-chain.
Multisig: A multisig, or multisignature wallet, requires several independent key holders to approve a transaction before it executes on-chain.
Delegation: Delegation lets a token holder assign their voting power to another participant who votes on their behalf.
Square-root (quadratic) voting: Square-root voting, also called quadratic voting, scales each holder's governance influence by the square root of their token stake rather than linearly.
Vote-escrowed (ve) tokenomics: Vote-escrowed tokenomics grants more voting power and protocol rewards to holders who lock their tokens for longer, trading liquidity for influence.

Staking, Yield, and Restaking

Staking: Staking is the act of locking tokens to help secure a proof-of-stake network or qualify for protocol rewards and access.
Validator: A validator is a node operator that stakes collateral to propose and confirm blocks on a proof-of-stake network, earning rewards and risking penalties.
Slashing: Slashing is the protocol-enforced penalty that destroys part of a validator's staked collateral for misbehavior such as downtime or double-signing.
Liquid Staking Token (LST): A liquid staking token (LST) is a tradable receipt for staked assets that lets the holder keep liquidity while still earning staking rewards.
Liquid Restaking Token (LRT): A liquid restaking token (LRT) is a tradable receipt for restaked collateral that earns base staking rewards plus operator fees from every service the collateral secures.
Restaking: Restaking is reusing already-staked collateral to secure additional services beyond the base chain, earning extra fees in exchange for extra slashing exposure.
Rebasing Token: A rebasing token is a liquid staking token whose holder balance grows automatically as staking rewards accrue, increasing the supply to distribute yield.
Exchange-Rate Token: An exchange-rate token is a liquid staking token whose holder balance stays fixed while the token appreciates against the underlying asset as rewards accrue.
Actively Validated Service (AVS): An actively validated service (AVS) is a network or application that buys cryptoeconomic security from a restaking marketplace.
Restaking Yield: Restaking yield is the combined return earned by a liquid restaking token holder: base staking rewards plus the operator fees paid by each secured service.
APR versus APY: APR is the simple annual rate of return without compounding; APY is the annualized rate after compounding, so it is always equal to or higher than APR.
Time-Weighted Staking Rewards: Time-weighted staking rewards scale allocation by both stake size, dampened by a square root, and duration staked.
Slashing Reserve: A slashing reserve is a capital buffer a staking or restaking protocol maintains to absorb validator penalty losses before they reach depositor funds.
Operator Concentration: Operator concentration is the degree to which a small number of node operators dominate validation within a network or restaking marketplace.

Mechanism and Flywheel Design

Token utility: Token utility is the concrete job a token performs inside its product: the function it unlocks, the fee it pays, or the access it grants.
Value accrual: Value accrual is the mechanism by which protocol success translates into token value: fees routed to the token, supply reduced via burns, or rights that grow more valuable as usage grows.
Economic flywheel: An economic flywheel is the self-reinforcing loop connecting protocol usage, token demand, token value, and growth: usage drives demand, demand supports value, value funds growth, growth drives more usage.
Faucets: Faucets are the issuance mechanisms that emit tokens into circulation: rewards, emissions, and incentives.
Sinks: Sinks are the utility mechanisms that pull tokens out of circulation.
Demand sink: A demand sink is any mechanism that creates real, recurring demand to acquire or hold a token.
Burn: A token burn permanently removes tokens from supply by sending them to an unspendable address.
Buyback: A buyback is the protocol or treasury using revenue to repurchase its own token from the market, often paired with a burn.
Token velocity problem: The token velocity problem is the tendency of a pure medium-of-exchange token to lose value because holders spend it immediately rather than hold it, so the token never captures the value flowing through it.
Mechanism design: Mechanism design is the engineering of the rules, incentives, and flows that make a token economy behave as intended under self-interested participants.
Token-necessity test: The token-necessity test is a four-question check run before any mechanism design: does the token coordinate independent participants you do not control, would the product break without it, does it do a job a stablecoin cannot, and does real activity create demand for it? When any answer is no, no token is a valid conclusion.
Utility test: The utility test is a concrete check on whether a token's utility is real: name who is doing what, paying what, on which day.
Two-token separation rule: The two-token separation rule holds that when a project uses two tokens, the asset token and the platform token must never overlap: the platform token's demand must never contaminate the asset token's peg.
Supply invariant: A supply invariant is the rule the whole system depends on: circulating token supply must never exceed verified backing.

Audit and Risk

Tokenomics audit: A tokenomics audit is an independent third-party review of a token's economic model that finds the risks capable of breaking it before a raise or launch.
Adversarial risk pass: An adversarial risk pass is a structured step where the team deliberately tries to break the model it just built.
Residual risk: Residual risk is the risk that remains in a token model after every mitigation has been applied and documented.
Depeg risk: Depeg risk is the danger that an asset-backed or pegged token loses alignment with the asset it tracks.
Redemption run: A redemption run is a rush of holders redeeming a backed token at the same time, straining custody, reserve liquidity, and operations the way a bank run strains a bank.
Investor ROI analysis: Investor ROI analysis is a quantitative model that maps when each fundraising round turns profitable across price scenarios, relative to that round's vesting cliff.
Centralization risk: Centralization risk is the danger created when too much control sits with one party: a single entity holding mint authority and treasury deployment, a few operators running most validation, or insiders holding most of the supply.
Monitoring framework: A monitoring framework is a post-launch set of metrics, each with a target, a warning threshold, and an action threshold, plus an escalation protocol.

Mechanism Design Structures

Mechanism design document (MDD): A mechanism design document (MDD) is the full technical specification of a token economy, often a hundred pages or more.
Entity architecture: Entity architecture is the legal and operational structure behind a token: which company controls onchain operations, which entity holds the underlying assets, and how upgrade or governance authority flows between them.
Bankruptcy remoteness: Bankruptcy remoteness is a legal structure that keeps assets held for token holders out of reach of the operating company's creditors.
Admin-capability matrix: An admin-capability matrix is a table mapping every administrative power in a token contract, including mint, burn, pause, freeze, and upgrade, to its controlling key or governance path.
Open-transfer model with reactive enforcement: The open-transfer model with reactive enforcement is a compliance design where tokens move freely between wallets, identity checks happen only at the creation and redemption gateway, and freeze functions apply reactively to bad actors rather than restricting every transfer in advance.
Oracle: An oracle is the service that delivers off-chain data, such as an asset's reference price, to a smart contract onchain.
Stakeholder journey: A stakeholder journey is a narrative walkthrough of a protocol from one user archetype's point of view, tracing that actor from first interaction through their full participation lifecycle.

Compliance and Classification

Howey Test: The Howey test is the US legal framework for deciding whether an instrument is a security.
Security vs. Commodity Classification: Security vs.
MiCA (Markets in Crypto-Assets Regulation): MiCA is the European Union's comprehensive framework for crypto-asset markets, setting distinct rules for asset-referenced tokens, e-money tokens, and other crypto-assets.
E-Money Token (EMT): An e-money token is an EU MiCA classification for a crypto-asset that references a single fiat currency and works as electronic money.
Asset-Referenced Token (ART): An asset-referenced token is a MiCA classification for a crypto-asset that references a basket of assets, currencies, or commodities rather than a single fiat currency.
FIT-21 (Financial Innovation and Technology for the 21st Century Act): FIT-21 is US legislation designed to draw a clearer line between digital assets that are securities and those that are commodities, assigning oversight to the SEC or CFTC accordingly.
SAFT (Simple Agreement for Future Tokens): A SAFT is an investment contract used to raise capital from accredited investors before a token exists, with tokens delivered at a later generation event.
KYC / KYB (Know Your Customer / Know Your Business): KYC and KYB are identity-verification checks that confirm who a participant is before they transact, satisfying anti-money-laundering obligations.
Security-Classification Defense: A security-classification defense is the set of tokenomics design choices that support a token's non-security position: genuine utility, no revenue distribution to holders, no passive-yield expectation, a fixed supply, and functional independence from the core product.

Real-World Assets (RWA)

RWA tokenization: RWA tokenization is the process of representing ownership of or exposure to a real-world asset, such as real estate, treasury bills, private credit, or commodities, as an onchain token.
Proof of reserves: Proof of reserves is a continuous, onchain verification system that publishes verified backing data and enforces a secure-mint check, blocking new token issuance unless sufficient backing is confirmed first.
Creation/redemption arbitrage: Creation/redemption arbitrage is the mechanism that keeps an asset-backed token aligned with its underlying spot price.
Arbitrage band: The arbitrage band is the price range around an underlying asset's spot price within which an asset-backed token trades, set by the width of the creation and redemption fees.
Custody: Custody is the safekeeping of the real-world asset that backs a token, performed by a qualified custodian or vault.
Procurement spread: Procurement spread is the operational margin an asset-backed token issuer earns by sourcing the underlying asset below the quoted benchmark price.
Net asset value (NAV): Net asset value is the per-token value of the assets backing an asset-backed token, calculated as total backing assets divided by tokens outstanding.

DePIN and GameFi

DePIN: DePIN, short for Decentralized Physical Infrastructure Network, is a blockchain protocol that uses token rewards to recruit independent operators who supply real-world infrastructure: compute, storage, wireless coverage, or sensor data.
Two-sided market: A two-sided market is a platform that connects two groups, such as operators and end users on a DePIN network, where each side's value depends on the other showing up first.
DePIN bootstrapping problem: The DePIN bootstrapping problem is the cold-start challenge of attracting infrastructure operators before paying demand exists to reward them.
Operator economics: Operator economics is the profit-and-loss analysis of running hardware on a DePIN network: capital costs and recurring expenses like electricity set against token rewards and usage fees earned.
Emissions taper (DePIN): An emissions taper in DePIN is the planned, scheduled decline of token rewards paid to operators as real usage revenue grows to replace them.
GameFi tokenomics: GameFi tokenomics is the design of token economies inside blockchain games, usually pairing an inflationary reward token earned through play with a capped governance or premium token.
GameFi death spiral: The GameFi death spiral is the collapse that hits when a game's reward token depends on new-player purchases to hold its value and those inflows slow.
Dual-token model: A dual-token model splits a protocol's economy across two tokens: typically an uncapped, inflationary reward or utility token and a capped governance or premium token.

Economic Simulation

Monte Carlo simulation: Monte Carlo simulation is a stress-testing method that runs roughly a thousand independent multi-year paths, each with its own randomized price, growth, and user behavior.
Coverage ratio: Coverage ratio is cumulative revenue divided by cumulative cost, the primary viability metric in a fee-versus-cost simulation.
Geometric Brownian motion (GBM): Geometric Brownian motion is the standard stochastic process for modeling asset prices in a simulation, defined by a drift rate and a volatility coefficient.
Cohort-based survival model: A cohort-based survival model represents users as monthly cohorts that decay at archetype-specific rates, separating long-term holders from yield tourists rather than applying one flat churn rate.
Markov-chain market model: A Markov-chain market model represents market conditions, such as loose, normal, or tight, as a state machine with calibrated transition probabilities.
Sensitivity analysis: Sensitivity analysis sweeps key model inputs across ranges to identify which variable moves the outcome most and where performance cliffs appear.
Front-loaded business model: A front-loaded business model is one where early surpluses fund later deficits, so a high monthly-deficit frequency can coexist with cumulative profitability.
Revenue model: A revenue model is the deterministic, multi-scenario financial model that a Monte Carlo simulation stress-tests, with every revenue stream modeled explicitly per line of business rather than as a blended rate.

Frequently Asked Questions

The most-searched tokenomics terms, answered first.

What is token allocation?: Token allocation is the division of total token supply across stakeholder buckets such as community, team, investors, treasury, and liquidity. A complete allocation design is a table where every bucket carries a percentage, a token count, a vesting cliff, a vesting length, and a launch-day unlock, all summing to 100%. The balance between community and insiders is the first signal a serious investor reads, because a model that over-allocates to insiders tends to dump on the people it needed to keep.
What is the difference between FDV and market cap?: Fully-diluted valuation is the token price multiplied by the maximum or total supply, while market cap is the price multiplied by the circulating supply only. FDV counts the tokens still locked in vesting, so it shows the real sticker price; market cap shows what is in the market today. A low market cap sitting under a much larger FDV is a warning that future unlocks will weigh on the price.
What is a TGE?: A token generation event is the moment a token is first created and begins to exist and trade. It is the launch line everything before it builds toward and everything after it lives with, because most errors baked in at the TGE are permanent. We stress-test the float and liquidity before the TGE rather than discovering the problems live.
What is a vesting cliff?: A vesting cliff is a period after a token launch during which an allocation bucket is fully locked and nothing unlocks, followed by the point where vesting begins. Cliffs exist to stop early investors and team members from selling on day one. The risk is a cliff wall, where several buckets end their cliffs in the same month and concentrate sell pressure into a single window, which is one of the most common preventable causes of a post-launch price collapse.
What is the difference between staking and restaking?: Staking is locking tokens to secure a single proof-of-stake network or qualify for rewards, with slashing risk tied to that one network. Restaking reuses already-staked collateral to secure additional services beyond the base chain, earning extra fees in exchange for taking on extra slashing exposure. The same capital backs multiple obligations at once, which is the source of both the higher yield and the correlated risk a restaking design has to reserve against.
What is a tokenomics audit?: A tokenomics audit is an independent, third-party review of a token's economic model that finds the risks capable of breaking it before a raise or launch. A real audit runs more than a dozen distinct quantitative analyses covering vesting, liquidity, investor ROI, and mechanism design, each with its own severity-rated risk table, and ends in a verdict with prioritized recommendations. It is the diligence you run on yourself before investors run it on you.
What is the difference between a utility token and a security token?: A utility token is consumed inside a product to access a service or pay a fee, so its demand tracks usage and it triggers a light regulatory regime. A security token represents a claim on profits, revenue, or a managed return, so holders expect to profit from the efforts of others, which triggers full securities law including prospectus and disclosure obligations. The classification is determined by what the token does and the rights it carries, not by what it is called in the marketing.
What is the Howey test?: The Howey test is the US framework for deciding whether an instrument is an investment contract, and therefore a security, across four prongs: an investment of money, in a common enterprise, with an expectation of profits, derived from the efforts of others. A token that satisfies all four prongs is likely a security. We design architectural choices that reduce a token's exposure to each prong, then hand counsel a brief of what to confirm, rather than giving a legal opinion ourselves.

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